Name: CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel
Brand: JESENTECH
Price: 1 USD

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CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

Categories	Linear Motion Shaft
Brand Name:	JESENTECH
Model Number:	Non standard customization
Certification:	IATF 16949:2016
Place of Origin:	Shenzhen CHINA
MOQ:	1-5 pieces
Price:	Negotiated price
Payment Terms:	T/T, L/C, Western Union,Paypal etc.
Supply Ability:	3800000 pieces/Month
Delivery Time:	3-5 days
Packaging Details:	General export packaging(PVC Bags+Shockproof cushion+Carton Box+Wood pallet)
Material:	Brass / Copper or customized
Surface treatment:	As customer's needs
Certifications:	IATF16949:2016
QC Control:	100% inspection on critical dimension
Size:	According to customer's requirements
MOQ:	NONE
Lead time:	3-5days
Tolerance:	±0.003mm or customized
Hardness:	Customized
Material guarantee:	Spectroanalysis instrument

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Company Info.

JESENTECH GROUP CORPORATION

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Company Profile

CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

JESENTECH Custom-made Brass material Linear Motion Bearing Shafts by CNC Machined for Synchronous belt wheel

JESENTECH

is a fastener manufacturer that produces and processes non-standard shaped shafts. The cantilever pins produced by our company are mainly used in industrial automation equipment;The cantilever pins produced by our company are produced according to the drawings or samples according to the needs of customers;Really realize the material on-demand customization, product shape design is customized according to customer needs, surface treatment is customized according to customer needs;Customers only need to provide professional tolerance design drawings or samples, we can precisely process the products according to all the customer's dimensional tolerances and precision.

What is a guide shaft?

In the process of linear motion, its main function is to guide.

1. Precision classification of guide shaft

According to its precision, the guide shaft can be divided into two categories: ordinary and precision:

The difference between ordinary and precision grades is the difference between the verticality of the thread and the end face and the datum;The processing equipment and measuring equipment are different.

Perpendicularity: is the position tolerance, represented by the symbol perpendicular.

Definition: the percentage of tolerance that occurs when the theoretical correct Angle is 90 degrees from the datum level, is called the perpendicularity tolerance.The actual shape of the part surface is the variable allowed for its ideal position.

One end of the thread. One end internal thread with wrench grooves
Type	Material	Hardness	Surface Treatment
Wrench groove type

PWPCR	SUS440C	SUS440C high-frequency quenching 53HRC~~	/

PWPCRG	SUS440C		hard chrome plating Coating hardness HV750~ Coating thickness Above 3μm

Type	D(g6)		L Designated unit 1mm
Wrench groove type			L	F	B
PWPCR PWPCRG	6	-0.004 -0.012	25~598	2≤F≤Px5	(When P≤6) B≤F-2 (When P=8 Or 10) B≤F-3 (When P≥12) B≤F-5 (Without thread) B=0 B≥Thread pitch x3
	8	-0.005 -0.014	25~798
	10
	12	-0.006 -0.017	25~998
	13
	15
	16		25~1198
	20	-0.007 -0.020

M(Coarse thread)	N(Coarse thread)	Wrench slot size			R	C	(Y) Max.
M(Coarse thread)	N(Coarse thread)	BS	W	e1	R	C	(Y) Max.
3,4,5,6	3	BS=Designated unit 1mm BS+e1≤L BS≥0	5	8	0.3	0.5	600
3,4,5,6,8	3,4,5		7				800
4,5,6,8,10	3,4,5,6		8				800
5,6,8,10,12	4,5,6,8		10	10			1000
5,6,8,10,12	4,5,6,8		11				1000
5,6,8,10,12	4,5,6,8,10		13				1000
5,6,8,10,12,16	4,5,6,8,10		14			1.0	1200
6,8,10,12,16,20	4,5,6,8,10,12		17			1.0	1200

Classification of the use of the guide shaft:
The guide shaft can be divided into a linear guide shaft for linear motion use, a rotary shaft for rotary use, and a bar for use as a support depending on the application.

1. The shaft used for linear motion is shown in the following figure. It is often used together with linear bearings, guide shaft bearings, and oil-free bushings.
Using a linear guide shaft and a linear bearing to form a linear motion mechanism
When used with linear bearings
The guide shaft can be heat treated with g6 #12539;h8 #12539;h5 tolerance.
When used with oil-free bushings
An unheated guide shaft with f8 tolerance can be used.
2. The shaft used for rotating purposes is shown below, mainly with bearings. Suitable for timing pulleys, couplings, etc.

Product Tags:

linear guide shaft

threaded linear shaft

CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

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CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

JESENTECH Custom-made Brass material Linear Motion Bearing Shafts by CNC Machined for Synchronous belt wheel

JESENTECH

What is a guide shaft?

In the process of linear motion, its main function is to guide.

1. Precision classification of guide shaft

According to its precision, the guide shaft can be divided into two categories: ordinary and precision:

The difference between ordinary and precision grades is the difference between the verticality of the thread and the end face and the datum;The processing equipment and measuring equipment are different.

Perpendicularity: is the position tolerance, represented by the symbol perpendicular.

Definition: the percentage of tolerance that occurs when the theoretical correct Angle is 90 degrees from the datum level, is called the perpendicularity tolerance.The actual shape of the part surface is the variable allowed for its ideal position.

Classification of the use of the guide shaft:The guide shaft can be divided into a linear guide shaft for linear motion use, a rotary shaft for rotary use, and a bar for use as a support depending on the application.

linear guide shaft

threaded linear shaft

CNC Machining Brass Linear Bearing Shaft Custom For Synchronous Belt Wheel

Classification of the use of the guide shaft:
The guide shaft can be divided into a linear guide shaft for linear motion use, a rotary shaft for rotary use, and a bar for use as a support depending on the application.